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If an object has a high heat flow rate
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
The opposition to the flow of energy is called
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
When you want to keep an object hotter or colder than its surroundings, you need a
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
Which of the following would have a high thermal resistance?
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
The three factors of area, thickness, and type of material, are used to calculate what?
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
Which has a low thermal resistance?
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
A value that rates the quality of insulation is called
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
The average kinetic energy of all molecules in a substance is called
an aluminum soda can
firebrick around a furnace
electrical resistance.
thermal resistance
high thermal resistance.
temperature.
it has a low thermal resistance.
the R-factor.
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